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Table 1 Plasmids and strains

From: Metabolic engineering of Deinococcus radiodurans for pinene production from glycerol

Name

Description

Source

Plasmids

pRADN1

E. coli-D. radiodurans shuttle vector, chloramphenicol resistance

Hirofumi Ohba et al., 2005

pET-26b

E. coli expression vector, kanamycin resistance

Novagen

pMBIS

E. coli mevalonate pathway vector

Martin et al., 2003

pET26b-psDr

pET-26b-psDr

This study

pRAD-kP

pRADN1-PkatA-psDr

This study

pRAD-gP

pRADN1-PgroE-psDr

This study

pRAD-tP

pRADN1-PtufA-psDr

This study

pRAD-P-I

pRADN1-PkatA-psDr-PkatA-ispA

This study

pRAD-P-I-D

pRADN1-PkatA-psDr -PkatA-ispA-PkatA-dxs

This study

pRAD-P-D

pRADN1-PkatA-psDr -PkatA-dxs

This study

pRAD-I

pRADN1-PkatA-ispA

This study

pRAD-P:G-D

pRADN1-PkatA- psDr:ispA-PkatA-dxs

This study

pRAD-G:P-D

pRADN1-PkatA-ispA:psDr-PkatA-dxs

This study

pET-26b- dr0862::kanR

pET-26b-dr0862::kanR

This study

pET-26b- dr1395::kanR

pET-26b-dr1395::kanR

This study

Strains

E. coli BL21(DE3)

F ֿ ompT hsdSB (rB ֿ mB ֿ) gal dcm rne131 λ(DE3)

Invitrogen

E. coli NM522

supE, thi, Δ(lac-proAB), hsd5 (r ֿ, m ֿ)

Promega

D. radiodurans R1

wild type

ATCC 13,939

WT kP

D. radiodurans pRAD-kP

This study

WT gP

D. radiodurans pRAD-gP

This study

WT tP

D. radiodurans pRAD-tP

This study

WT P-I

D. radiodurans pRAD-P-I

This study

WT P-I-D

D. radiodurans pRAD-P-I-D

This study

∆dr1395 I

D. radiodurans ∆dr1395 pRAD-I

This studys

∆dr1395 P-I

D. radiodurans ∆dr1395 pRAD-P-I

This study

∆dr1395 P-I-D

D. radiodurans ∆dr1395 pRAD-P-I-D

This study

∆dr0862

D. radiodurans ∆dr0862

This study

∆dr0862 kP

D. radiodurans ∆dr0862 pRAD-P

This study

∆dr0862 P-I

D. radiodurans ∆dr0862 pRAD-P-I

This study

∆dr0862 P-D

D. radiodurans ∆dr0862 pRAD-P-D

This study

∆dr0862 P-I-D

D. radiodurans ∆dr0862 pRAD-P-I-D

This study

∆dr0862 P:G-D

D. radiodurans ∆dr0862 pRAD-P:G-D

This study

∆dr0862 G:P-D

D. radiodurans ∆dr0862 pRAD-G:P-D

This study

E. coli EcpsB

E. coli BL21 pMBIS pET26b-psDr

This study